INFLUENCE OF THE DIRECTION OF PRINCIPAL ANISOTROPY IN A RECTILINEARLY ORTHOTROPIC MATERIAL ON THE STRESS STATE OF A COMPOUND SOLID OF REVOLUTION SUBJECT TO NONAXISYMMETRIC HEATING

V. G. Savchenko

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INFLUENCE OF THE DIRECTION OF PRINCIPAL ANISOTROPY IN A RECTILINEARLY ORTHOTROPIC MATERIAL ON THE STRESS STATE OF A COMPOUND SOLID OF REVOLUTION SUBJECT TO NONAXISYMMETRIC HEATING

机译：正交各向异性正交材料中各向异性的方向对旋转对称复合材料应力状态的影响

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摘要

A technique for analysis of the temperature fields and the stress state of isotropic and orthotropic laminated bodies of revolution under nonaxisymmetric loading is described. The influence of the direction of principal anisotropy in a rectilinearly orthotropic material on the stress state of a three-layer body of revolution under nonaxisymmetric loading is studied.

机译：描述了一种分析非轴对称载荷下各向同性和正交各向异性旋转体的温度场和应力状态的技术。研究了正交各向异性材料中主要各向异性方向对非轴对称载荷下三层旋转体应力状态的影响。

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来源
《International Applied Mechanics》 |2003年第6期|p.713-720|共8页
作者
V. G. Savchenko;
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作者单位

S. P. Timoshenko Institute of Mechanics, National Academy of Sciences of Ukraine, Kiev;

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原文格式 PDF
正文语种 eng
中图分类应用力学;
关键词
temperature field; stress state; laminated body of revolution; isotropic and orthotropic materials; nonaxisymmetric loading; anisotropy axes;

机译：温度场;应力状态;旋转叠层体;各向同性和正交异性材料;非轴对称载荷;各向异性轴;

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专利

1. Nonaxisymmetrical Thermal Stressed State of Laminated Bodies of Resolution of Isotropic and Rectilinear Orthotropic Materials [J] . Savchenko V G, Babeshko M.E Прикладная механика . 2000,第4期

机译：各向同性和正交异性材料的层合体的非轴对称热应力状态
2. NONAXISYMMETRIC DEFORMATION OF SOLIDS OF REVOLUTION MADE OF ELASTIC ORTHOTROPIC MATERIALS WITH DIFFERENT TENSILE AND COMPRESSIVE MODULI [J] . V. G. Savchenko International Applied Mechanics . 2005,第7期

机译：拉伸和压缩模量不同的弹性正交各向异性材料的旋转体的非对称对称变形
3. STRESS STATE OF COMPOUND SOLIDS OF REVOLUTION MADE OF DAMAGED ORTHOTROPIC MATERIALS WITH DIFFERENT TENSILE AND COMPRESSIVE MODULI [J] . V. G. Savchenko International Applied Mechanics . 2006,第11期

机译：具有不同拉伸和压缩模量的损伤正交异性材料制成的复合旋转体的应力状态
4. Method of determination of orthotropy ratio and principal material direction for orthotropic rock material with diametrical compression test [C] . T. Tsutsumi International Congress on Rock Mechanics . 2012

机译：具有直径压缩试验的正交岩材料的正交率和主材料方向的测定方法
5. Microplane modeling and physical interpretation of evolving anisotropy and principal stress rotations in granular materials. [D] . Chang, Kuang-Tsung. 2005

机译：微粒材料中各向异性和主应力旋转的微平面建模和物理解释。
6. Measurement of welding residual stress by the acoustoelastic technique (Evaluation of principal direction of material anisotropy). [O] . Yoshio ARAI, Hideo KOBAYASHI, Hiromichi SUZUKI 1988

机译：震动技术测量焊接残余应力（物质各向异性主要方向的评价）。
7. Effects of Structural and Stress Anisotropy on Velocity of Low-Amplitude Compression Waves Propagating Along Principal Stress Directions in Dry Sand [R] . Lee, S. H. H., Chu, H. Y. F., Stokoe, K. H. 1984

机译：结构和应力各向异性对干砂中沿主应力方向传播的低振幅压缩波速度的影响

INFLUENCE OF THE DIRECTION OF PRINCIPAL ANISOTROPY IN A RECTILINEARLY ORTHOTROPIC MATERIAL ON THE STRESS STATE OF A COMPOUND SOLID OF REVOLUTION SUBJECT TO NONAXISYMMETRIC HEATING

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